9 Communication
9.2 EtherNet / IP
226
Rapid Link 5 · RAMO5 · RASP5
05/20 MN034004EN
www.eaton.com
NETSendPDZ 2 – actual frequency (actual value)
NETSendPDZ 2 supplies the actual output frequency.
This value will be scaled by a factor of 0.1 in the application.
Example: 500
≙
50 Hz
NETSendPDZ 3
In the default setting, NETSendPDZ 3 supplies the actual motor current.
NETSendPDZ 3 can be selected via parameter P5-05.
The following values can be sent to the PLC via NETSendPDZ 3:
NETSendPDZ 4
In the default setting, FB process data output 4 supplies the sensor status for
RAMO5; in RASP5, NETSendPDZ 4 supplies the internal temperature in the
default setting.
NETSendPDZ 4 can be selected via parameter P5-06.
The following values can be sent to the PLC via NETSendPDZ 4:
NETSendPDZ 5 – motor current
NETSendPDZ 5 sends the motor current to the master.
The value is displayed with one decimal place (example: 34
≙
3.4 A).
NETSendPDZ 6 – error message
NETSendPDZ 6 returns the corresponding error code when an error occurs.
NETSendPZD3
Values
Configuration of the 3rd process data word PDO-3 from the drive to the network master
during cyclic communication.
0: Motor current in A with one decimal place, e.g. 100
≙
10.0 A
1: Output power in kW with two decimal places2
:
Status of the sensor inputs (SEN Ix; x =
1, 2, 3, 4)
Bit 0 = status SEN I1, bit 1 = status SEN I2, etc.
3: Internal temperature, -500–1500
≙
-5 0.0–150.0 °C (RASP5 only)
NETSendPZD4
Values
Configuration of the 4th process data word PDO-3 from the drive to the network master
during cyclic communication.
0: Motor current in A with one decimal place, e.g. 100
≙
10.0 A
1: Output power in kW with two decimal places
2
:
Status of the sensor inputs (SEN Ix; x = 1, 2, 3, 4).
Bit 0 = status SEN I1, bit 1 = status SEN I2, etc.
3: Internal temperature, -500–1500
≙
-5 0.0–150.0 °C (RASP5 only)
￫
You can find the error codes and the description in